JPS6343484Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a calendar that has the function of displaying dates and days of the week for several decades on one calendar with a single touch.

[Conventional technology]

Previously, perpetual calendars were used to check the date and day of the week by looking at other calendars, and were not useful when you wanted to know the day of the week for a date such as the year before last or the year before last, let alone other months.

[Problems that this invention attempts to solve]

This invention allows you to immediately adjust the date and day of the week for several decades written on the date plate, and since the year is usually fixed when used for one year, you only need to move it once a month. Furthermore, since the first embodiment of the present invention can be used for a long period of time, it can be made with somewhat better quality and can be decorated with clocks, photographs, etc., making it more practical and of high value as interior decoration for rooms. Furthermore, the second and third embodiments of the present invention succeeded in achieving the same function as the first embodiment of the present invention by using hooks and providing a plurality of hook holes. Moreover, it can be made from two flat sheets of paper or plastic, so it can be made at an extremely low cost. For the day of the week board, you can create an interesting interior by adding scenes of buses, trains, New York, etc. It can also be used as an additional function such as a desk or blackboard.

〔Example〕

Embodiments of the present invention will be described with reference to the drawings. 1st
Figures 3 to 3 show the first embodiment of the present invention, in which a "date board" 1, a "day of the week board" 2, and a "year/month board" 3 are overlapped in this order. Move it to match frames 12 and 13 on the date board. Step 2 is to move the day of the week board so that the required month appears in frame 10 or 11, and the calendar for that month is created. FIG. 4 shows a second embodiment of the present invention.
Alternatively, select the desired year at step 26 and hang it on the hook at the corresponding hook hole 27. Next, from above, the number of months 2 is similarly arranged on the "date board" 19.
Select the required number of months at 3 and 24 and hang it on the same hook using the corresponding hook hole 27. By performing these two operations, a calendar for any month of the stated number of years can be created. Next, FIG. 5 shows a third embodiment of the present invention. “Date board” 2
Select the required number of years from the number of years 32 or 33 arranged in 9, as above, and insert the corresponding hook hole 3.
Hang it on the hook with 8. At this time, when hanging it on a wall, etc., make sure that the hook 38 is also hung in order to maintain balance. Next, select the required number of months from the number of months 34 or 35 written on the "day of the week board" 30, and hang the corresponding hook hole 38, 38' on the same hook. These two operations create the calendar for that month. As mentioned above, the front side can be of various shapes, pictures, and sizes, and can be placed anywhere, such as in the kitchen or toilet. This is especially useful when making plans for schools, government offices, hotels, etc. far in advance, such as next year. Also, from 1901 to 2099, when this invention was discovered, there were 28
Since it is an annual cycle, if you subtract or add 28 years, 56 years, and 84 years, you can use it for 200 years from 1901 to 2099. You can instantly know your birthday etc.

[Brief explanation of drawings]

1 to 3 show a first representative embodiment of the present invention. Figures 4A and 4B show a second representative embodiment of the present invention. FIGS. 5A and 5B show a third typical embodiment of the present invention. 1, 19, 29...Date board, 2, 20, 30
...Day of the week board, 3...Year and month board, 4, 25, 32...
Normal year sequence, 5, 26, 33... Leap year year sequence, 6, 23, 34... Normal year monthly sequence, 7, 2
4, 35... Leap year month arrangement, 8, 9, 14, 1
5, 16, 28, 36...frame, 10...normal month frame, 11...leap year month frame, 12...normal year frame, 13
...Leap year frame, 17,21,31...Date arrangement, 18,22,37...Day of the week arrangement, 27,3
8,38'...Hook hole.

Claims (1)

[Scope of Claim for Utility Model Registration] (1) The calendar consists of a "date board" 1 in which dates 17 from 1 to 31 are arranged in a modulo system of 7, and a "day board" 2 in which the days of the week are similarly arranged in a sequential line. Then, the year is divided into 7 stages, and when the number of years in a normal year is 4, when the normal year continues from 2011, it is 1 stage, and after a leap year, it is 3 stages from the previous normal year.
Step shift, leap year year arrangement 5 is when moving to the next leap year 5
Shifting the columns, when going beyond the 7th column, arrange the first column as the next column, and use the same "year board" 3 For the number of months in a common year, 6, and the number of months in a leap year, 7, divide the number of days in that month by 7. , are arranged sequentially by shifting them in the opposite direction to the arrangement of years by the remaining number, and at this time, January of normal years and leap years are arranged in the same row, and when exceeding the 7th row, the first row is arranged as the next row. The "day board" and "year board" are movable in contrast to the fixed "date board", which is composed of "year board" 3, and the "date board" has frames 12 and 13 for selecting the year. The "day of the week board" consists of three "date board,""day of the week board," and "year/month board" with frames 12 and 13 set at positions where the day of the month matches the day of the week. Calendar. (2) The calendar has dates 21 from 1 to 31 arranged in the remainder system of 7. On the "date board" 19, the number of months in normal years, 23, and the number of months in leap years, 24, are arranged as above, and each month is Hook holes 27 corresponding to the months are provided in the number rows, and on the "day of the week board" 20 on which the days of the week are sequentially arranged in a row in the same way as described above, common years and leap years are arranged in the opposite direction to the month number arrangement, and each At this time, when hook holes corresponding to the year are provided in each row, and the hook holes for a specific year and month are placed on the same hook,
Utility model registration claim No. (1) characterized in that the days of the week are arranged so that the day corresponds to the day of the week.
Calendar listed in section. (3) The calendar has a "date board" 29 with dates 31 arranged in the remainder system of 7, and the numbers 32 and 33 of common years and leap years arranged in the same manner as above, with hook holes corresponding to the years in each row. 38 in one or two places, and for the "day of the week board" 30 in which the days of the week are arranged sequentially in the same manner as described above, the number of months in a normal year, 34, and the number of months in a leap year, 35, are arranged in the same manner as described above, and the month in each row is Hook holes 38 corresponding to the numbers are provided in one or two places, and at this time, when the hook hole corresponding to a specific year and the hook hole of a specific month are hung on the same hook, the day of the week and the date will correspond. A calendar according to claim (1) of claim 1, characterized in that it consists of two sheets: a "date board" with hook holes on which the dates are arranged, and a "day of the week board" with hook holes.